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    1500mm Non Contact Linear Displacement Sensor

    Aluminum alloy rail type magnetostrictive displacement sensor for measuring linear displacement, external installation, compact structure, easy to use, good security, suitable for CNC machinery worked in large vibration.
    SKU: ATO-MSR-B1500
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    Delivery date: 6-12 days

    Magnetostrictive linear displacement sensor with measuring range 1500mm has a aluminum alloy rail. Its electronic head parts are all built into aluminum alloy shell. Magnetostrictive measurement sensors are widely used in all kinds of CNC machinery that always working in large vibration.


    Basics Model ATO-MSR-B1500
    Measuring range 0~1000 mm
    Shipping weight 8 kg
    Length 1673.1 mm
    Technical parameters Linearity ≤0.03%FS
    Repeatability ≤0.003%FS
    Resolution ratio ≤0.001%FS
    Hysteresis ≤0.001%FS
    Temperature excursion ≤0.001%FS
    Operating voltage 24V DC
    Current drain 5~16mA
    Vibration coefficient 5g/10-2000Hz/IEC standards IEC standards 68-2-6
    Operating temperature -40℃~85℃
    Load characteristic Output voltage, load resistance≥3KΩ; Output current, load resistance≤1KΩ
    Output 0~5V; 0~10V; 0~20mA; 4~20mA
    Installation method Fixed clip, with specific screw M5X20
    Magnet type Slider magnet, levitating magnet
    Protection Class IP65

    Dimensional drawing (unit: mm):
    magnetostrictive sensor rail type dimensional drawing-b
    Installation diagram:
    magnetostrictive sensor rail type installation drawing
    Tips: Magnetostrictive sensor for kaplan turbine
    Kaplan turbine indicates the propeller turbine with vertical flow. The water reaches the adjustable runner blades through the inlet. Such water turbine is mainly applied into in river power station with small fall. The sensor is used to monitor the position of the adjustable guide vanes and runner blades to realize closed-loop control.
    Runner blade adjustment: The servo motor is comprised of a oil cylinder and a fixed piston. The conversion from axial piston movement to blade rotation is realized through a catenation and lever structure. The rotational motion of the propeller pitch adjustment of the water turbine blade is driven by the strength of servo motor piston. Magnetostrictive displacement sensor is used to detect the linear motion of cylinder.
    Guide vane adjustment: Magnetostrictive displacement sensor is installed inside adjustment cylinder of the guide vane to control the inlet and rotational speed.

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